Microstructure, magnetic properties, and loss performance of the Cu-substituted MnZn ferrites

The role of thermal treatment and formulation on modifying the structural nature and optimizing certain physical features of coprecipitated superparamagnetic Co–Mn–Cr spinel ferrite

“…Due to their remarkable qualities, ferrimagnetic nanoparticles have received a lot of curiosity in contemporary research. These fields include data storage devices, biomedicine, magnetic resonance imaging, multi-chip inductor environmental cleanup, transformers, inductors, and catalysis [ 1 , 2 ]. Ferrites possess extraordinary magnetic properties in the nanoscale range, including super magnetism and spin behavior, including those of magnets with rapid spindles.…”